Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements

Reverse Monte Carlo simulations have been carried out to provide molecular-level detail on the structures of three different lipid and surfactant monolayers of particular relevance in the design and development of drugs and drug delivery systems. The simulations were performed using the SURFISS prog...

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Main Authors: Barlow, D, Muslim, A, Webster, J, Penfold, J, Hollinshead, C, Lawrence, M
Format: Conference item
Published: 2000
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author Barlow, D
Muslim, A
Webster, J
Penfold, J
Hollinshead, C
Lawrence, M
author_facet Barlow, D
Muslim, A
Webster, J
Penfold, J
Hollinshead, C
Lawrence, M
author_sort Barlow, D
collection OXFORD
description Reverse Monte Carlo simulations have been carried out to provide molecular-level detail on the structures of three different lipid and surfactant monolayers of particular relevance in the design and development of drugs and drug delivery systems. The simulations were performed using the SURFISS program, with the orientations and conformations of the molecules in the monolayers optimised iteratively using constraints furnished from neutron reflectance-derived volume fraction profile data. The three systems modelled involve the monolayers formed at the air/water interface by the synthetic surfactants N,N-dimethyldodecylamine-N-oxide and 1,2-di-O-octadecyl-rac-glyceryl-3-(ω-methoxydodecaoxyethylene) and the self-assembled layer of dimyristoylphosphatidylcholine adsorbed onto silicon hydrophobized by treatment with octadecyltrichlorosilane.
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spelling oxford-uuid:d9ceb9fd-6a24-4a5b-93e1-f76cc3854cda2022-03-27T08:58:38ZMolecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurementsConference itemhttp://purl.org/coar/resource_type/c_5794uuid:d9ceb9fd-6a24-4a5b-93e1-f76cc3854cdaSymplectic Elements at Oxford2000Barlow, DMuslim, AWebster, JPenfold, JHollinshead, CLawrence, MReverse Monte Carlo simulations have been carried out to provide molecular-level detail on the structures of three different lipid and surfactant monolayers of particular relevance in the design and development of drugs and drug delivery systems. The simulations were performed using the SURFISS program, with the orientations and conformations of the molecules in the monolayers optimised iteratively using constraints furnished from neutron reflectance-derived volume fraction profile data. The three systems modelled involve the monolayers formed at the air/water interface by the synthetic surfactants N,N-dimethyldodecylamine-N-oxide and 1,2-di-O-octadecyl-rac-glyceryl-3-(ω-methoxydodecaoxyethylene) and the self-assembled layer of dimyristoylphosphatidylcholine adsorbed onto silicon hydrophobized by treatment with octadecyltrichlorosilane.
spellingShingle Barlow, D
Muslim, A
Webster, J
Penfold, J
Hollinshead, C
Lawrence, M
Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title_full Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title_fullStr Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title_full_unstemmed Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title_short Molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
title_sort molecular modelling of surfactant monolayers under constraints derived from neutron reflectance measurements
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AT muslima molecularmodellingofsurfactantmonolayersunderconstraintsderivedfromneutronreflectancemeasurements
AT websterj molecularmodellingofsurfactantmonolayersunderconstraintsderivedfromneutronreflectancemeasurements
AT penfoldj molecularmodellingofsurfactantmonolayersunderconstraintsderivedfromneutronreflectancemeasurements
AT hollinsheadc molecularmodellingofsurfactantmonolayersunderconstraintsderivedfromneutronreflectancemeasurements
AT lawrencem molecularmodellingofsurfactantmonolayersunderconstraintsderivedfromneutronreflectancemeasurements